def setUp(self):
self.wb_mle = decode_mle.DecodeEnteteMle('./data/wb.dat')
self.wb_mle.decode_entete()
self.muga_mle = decode_mle.DecodeEnteteMle('./data/muga.dat')
self.muga_mle.decode_entete()
self.wb_xml = utils_xml.decode_xml(self.wb_mle.get_xml()[0])
self.muga_xml = utils_xml.decode_xml(self.muga_mle.get_xml()[0])
def main():
parser = create_parser()
args = parser.parse_args()
mle = DecodeEnteteMle(args.input)
mle.decode_entete()
xml = mle.get_xml()[0]
dec_xml = utils_xml.decode_xml(xml)
# pickle.dump(dec_xml, open(args.input.replace(".dat","")+'_xml.p','wb'))
if args.subparser_name == 'XML':
print "offset: ", mle.get_debut_codage_mle() + mle.get_taille_xml()
print 10 * '=========='
print "patient name: ", dec_xml.get_patientName()
print "patient position: ", dec_xml.get_patient_position()
print "date: ", dec_xml.get_acq_date()
print "heure: ", dec_xml.get_acq_time()
print "type d'image: ", dec_xml.get_image_type()
if dec_xml.get_image_type() == 'wb':
print "-----> step&Shoot: ", dec_xml.get_gantry_isStepShoot()
if dec_xml.get_gantry_stepVelocity():
print "-----> stepVelocity: ", dec_xml.get_gantry_stepVelocity()
print "nb pixels x: ", dec_xml.get_dimension_x()
print "nb pixels y: ", dec_xml.get_dimension_y()
print "energy range: ", dec_xml.get_energy_range()
print "mirror: ", dec_xml.get_mirror()
print "decal X: ", dec_xml.get_decal_x()
print "decal Y: ", dec_xml.get_decal_y()
print "zoom: ", dec_xml.get_zoom()
print "center E: ", dec_xml.get_E_centerLine()
print "low E: ", dec_xml.get_E_low()
print "high E: ", dec_xml.get_E_high()
print 10 * '=========='
elif args.subparser_name == 'BIN':
bin_mle = DecodeBinaireMle(args.input, mle.get_offset())
# pickle.dump(bin_mle.parcours_fichier(), open(args.input.replace(".dat", ".p"),'wb'))
obj = encode_images.EncodeStatic(bin_mle.parcours_fichier(), dec_xml)
image = utils_images.CreateImages(obj.create_image())
image.write_image('static.mhd')